YouTube, a leading video-sharing platform, is seeking a Software Engineer III to join their Full Stack team. This role offers an exciting opportunity to work at the intersection of cutting-edge technology and creative content delivery, impacting billions of users worldwide.
As a Software Engineer III at YouTube, you'll be part of a team that believes in giving everyone a voice and making the world better through shared stories and community building. You'll work on critical projects that help users explore, connect, and share their experiences through the platform.
The position requires strong full-stack development skills, with experience in both backend technologies (Java, Python, Go, or C++) and frontend development (JavaScript/TypeScript, HTML, CSS). You'll be responsible for designing, developing, and maintaining software solutions that scale to YouTube's massive user base.
Key responsibilities include writing product code, leading design reviews, conducting code reviews, contributing to documentation, and resolving complex technical issues. You'll work with cross-functional teams to deliver features that enhance the YouTube experience for creators and viewers alike.
The role offers competitive compensation ($136,000-$200,000) plus bonus and equity, along with Google's comprehensive benefits package. You'll have the opportunity to work from either New York or the San Francisco Bay Area, collaborating with some of the best minds in technology.
This position is perfect for someone who is passionate about large-scale systems, user experience, and video technology. You'll be part of Google's broader mission while specifically focusing on YouTube's goal of connecting people through video content.
The ideal candidate will bring fresh ideas, display leadership qualities, and be enthusiastic about taking on new challenges across the full stack. You'll need to be versatile and adaptable, as the role involves managing project priorities, deadlines, and deliverables while maintaining high standards of code quality and system performance.